The Renaissance was a period of time in Europe that existed from the 14th to the 17th century. The Renaissance had many impacts, but the greatest impact of the Renaissance is technological advances. Technological advances such as the steam engine, printing press, telescope, mechanical fabric, rocket tubes, magnetic compass, microscope, toilet flush, matches, glasses, thermoscope, and barometer. These objects were not necessary for human life but they improved and made the quality of daily life better and simpler. It leads to various changes in society, such as changing people's daily lifestyle. The Renaissance was responsible for many great inventors such as Leonardo Da Vinci, who was also a great artist and architect. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an Original Essay The steam engine was introduced in the first century by a Greek mathematician known as the “Legend of Alexandria.” Basic steam engines were produced from the 16th century onwards. Thomas Savery built the main steam powered direct water engine and at the time this was considered the leading steam engine of cutting edge technology. Thomas Savery's Steam Engine Savery had invested a lot of vitality and time considering and arranging how to build a steam engine and make it work effectively. In 1698 he succeeded in effectively developing a steam engine known as a fire engine, and a working model was donated to the Imperial Society of London. He proceeded with the investigations and invested much energy in perfecting the motor and demonstrated the execution of the current motor before King William III and with little delay blocked a patent for its development. Steam engines were used later in the industrial revolution for factories and mines. This made it easier for manufacturers to complete projects. The steam engine was one of the greatest inventions of the Renaissance, having various uses for things such as transportation, mining and factories later in the industrial revolution. Johannes Guttenberg, a German and goldsmith by name built the main printing press. Guttenberg began the project of delivering the printing press in 1436 AD with the money obtained and successfully finished it in 1440 AD. The printing press created by Guttenberg used metal letters that could be effectively positioned with different letters. The required metallic letters were chosen and applied in lines at the right positions. Printing ink was connected to the plates and the plate was pressed with heavy weight onto the paper along the lines that formed the impression of the letters on the paper. To demonstrate the feasibility of the printing press, he printed the holy book of Scripture, which contained 42 lines on each page. Some duplicates of the holy book of Scripture were printed by Gutenberg. His presentation of a simple and fast printing system was a window of praise for the diffusion of information and culture in the world. The information collected in the early centuries was made accessible to all thanks to the fast, easy and simple printing system created by Guttenberg. This made book production easier, which led to an increase in book supplies. The credit for the telescope goes to Galileo Galilei. A Dutch focal point creator has offered another tool that can be used to see inaccessible things amplified. When Galileo came to think of this reality, he began to build the gadget himself. In 1609 he began using this instrument known as a telescope to understand and became the primary person to do so. The toolThe main one he created had an amplification intensity of three. With hard work he could increase the amplification capacity up to 30 and could conduct a point by point to know the moon. He also discovered that the stars are part of the Milky Way and further discovered that Jupiter has four moons. This invention has helped a lot in research on things beyond this earth. Before the mechanical clock humans had a harder time keeping track of time and had less understanding of the concept of time, luckily the mechanical clock came along. The progress of the mechanical watch has been a continuous process that took a long time to reach the current stage. In earlier mechanical clocks, mercury could pass through slots in the drums. These drums had compartments that held mercury. The development of the drum was controlled by the flow of mercury. With the presentation of mechanical watches it was a question of quantifying the day and age of several days in twenty-four hours and its divisions. It is believed that Filippo Brunelleschi in Florence, Italy created mechanical clocks in 1410. Leonardo Da Vinci, the well-known inventor and researcher, is not credited with having conceived and created the mechanical clock, however he had contributed significantly to the improvement of cutting edge mechanical watch. Over time war has been a part of human history, war between humans has existed since the first humans encountered on earth. However, the weapons continued to improve significantly over time. However something new was introduced as a result of the Renaissance rocket artillery. Rockets were used as part of the Second, Third and Fourth Mysore Wars. After these wars some Mysore rockets were transported to England. William Congreve started the mission to develop better rockets. In 1805 AD at the Royal Arsenal, the innovative aim of the work provided by the British power demonstrated the use of powerful rockets by testing them. William Congreve used thruster tubes to improve the accuracy of rockets. This brought significant changes to warfare when it was introduced to Western nations. Another vital development that contributed to the development of human progress was the admirable compass. In this period there were many travelers who walked on foot, the compass was attractive because it helped them in the right direction. Although the compass was initially developed by the Chinese of the Qin line in the 2nd century BC, it was used as a route-plotting tool by Zheng He, the acclaimed Chinese warrior and guide. He led seven voyages across the Indian Ocean with an armada of boats that opened the door to trade with India, China and Africa. The extraordinary compass was improved in the early Renaissance. This prevents travelers and soldiers from getting lost during journeys and journeys. Another significant improvement in the world of science was the microscopic lens created in 1590 by Zacharias Janssen and his father in Holland. It was a microscopic magnifying instrument with two focal lenses. The magnifying tool was used to review extremely small things, making them impossible to be seen by the human eye. It used sunken and raised focal points to distort light and dramatically amplify images. In 1660, Dutch researcher and magnifying glass maker Anton van Leeuwenhoek was the first to think about microbes using a magnifying glass. His magnifying glass had an amplification intensity of up to 270 times greater than actual size and used a single lens. This was thought to be the best energy available for his case, used to contemplate microorganisms and human platelets. This allowed scientists tosee almost everything that was not visible to the naked eye. This has allowed scientists to better understand microscopic objects and their characteristics. Toilets existed before the Renaissance, but they never had the ability to flush and implement water into their system. In 1596 AD Sir John Harrington, godson of Queen Elizabeth, created the first flushing toilet. John made it mainly for himself and the Queen. Unfortunately his friends made fun of him and he never made another one until two hundred years later Alexander Cumming reinvented it. While Cummings invented the strap, the sliding valve between the bowl and the trap, Samuel Prosser invented the piece at the bottom of the bowl that sits on a hinge. Samuel also obtained a patent on a plunger cabinet. The effects of flushing the toilet are amazing. The toilets are now extremely hygienic and efficient compared to the previous ones. This increases the hygiene of people's homes due to the drain function. Robert Boyle, the famous scientist, was the first individual on earth to cause fire through the activity of two substances prepared for coordinate boxes. He discovered that if phosphorus and sulfur were rubbed together, they would immediately catch fire. He was convinced that the rubbing between the two substances was not the purpose behind the arrangement of the torches. The leftover matches were produced following further experimentation in 1827 by John Walker, an English physicist and pharmacist. He used antimony sulfide, potassium chloride, rubber and starch to make the main series of matches. This is the perfect example of how an invitation, if not completed by the inventor himself, will later be developed into the story by creators like John Walker. The glasses are believed to have been developed by Salvino D'Armate who lived in Florence. While D'Amate was exploring different avenues regarding the refraction of light, he injured his eye. During previous examinations he had discovered a method of increasing the image size of items by using two curved mirrors. This obviously was a great advancement for people with vision problems, if it wasn't for this invention glasses might never have been invented. This allowed people with vision problems to carry out daily tasks much easier. Unlike a particular innovation aligned to a particular creator, the thermoscope, instead of accurately estimating temperature, identified temperature changes. This was largely an improvement brought about by the trials and errors of the different minds of the Renaissance. This was Galileo Galilei's thermoscope of the late 16th century, based on a glass vessel filled with water connected to a vertical tube containing a glass sphere that rose and fell as the temperature changed. It turned out to be remarkable, despite the fact that the mercury-based thermoscope designs that would become the advanced thermometer were created only in the mid-18th century by the German physicist Daniel Gabriel Fahrenheit. The public world has benefited from this invention since its creation, humans can better understand temperature. Last but least, an invention born from the compositions of Galileo Galilei, Roman physicist and mathematician Evangelista Torricelli is credited with developing the main working indicator in 1643 in the role of note taking. By all means of a test that included an extraordinary 35-foot glass tube, the impacts of changes in the strength of air pressure on water levels. Although his basic research was rather cumbersome, Torricelli discovered that by using a fluid heavier than water,.